Coal resources of the eastern regions of Russia for power plants of the Asian super ring

Статья конференции
Sokolov A., Takaishvili L.
E3S Web of Conferences
10th International Conference on Asian Energy Cooperation, AEC 2017
E3S Web of Conferences. Vol.27. ID: 02004.
2018
The eastern regions of Russia have a substantial potential for expansion of steaming coal production. The majority of coal deposits in the eastern regions are located close enough to the objects of the Asian super ring. The large coal reserves make it possible to consider it as a reliable fuel source for power plants for a long-term horizon. The coal reserves suitable for using at power plants of the Asian super ring are estimated in the paper by subject of the federation of the eastern regions for operating and new coal producers. The coal deposits of the eastern regions that are promising for the construction of power plants of the Asian super ring are presented. The paper describes both the coal deposits of the eastern regions that are considered in the projects for power plant construction and included in the program documents and the coal deposits that are not included in the program documents. The coal reserves of these deposits and the possible volumes of its production are estimated. The key qualitative coal characteristics of the deposits: Heating value, and ash, sulfur, moisture content are presented. The mining-geological and hydrological conditions for deposit development are briefly characterized. The coals of the eastern regions are showed to contain valuable accompanying elements. It is noted that the creation of industrial clusters on the basis of the coal deposits is the most effective from the standpoints of the economy and ecology. The favorable and restraining factors in development of the described coal deposits are estimated. © 2018 The Authors.

Библиографическая ссылка

Sokolov A., Takaishvili L. Coal resources of the eastern regions of Russia for power plants of the Asian super ring // E3S Web of Conferences. Vol.27. ID: 02004. 2018. DOI: 10.1051/e3sconf/20182702004
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